WO/2015/151314 INFORMATION DISPLAY DEVICE, INFORMATION DISPLAY METHOD, AND INFORMATION DISPLAY PROGRAM||WO||08.10.2015|
||PCT/JP2014/074104||JVC KENWOOD CORPORATION||TAGAMI, Katsunori|
An event information storage unit (34) stores the time of occurrence of an event in accordance with the subject being monitored, among a plurality of subjects being monitored, for which the event has occurred (or is expected to occur). A control unit (10) performs control such that, on the basis of position information for displaying, in an overall view, each of the plurality of subjects being monitored, event display images are rendered in accordance with the subjects being monitored for which an event has occurred (or is expected to occur), the subjects being monitored being stored in the event information storage unit (34). The event display image includes a circular section that shows a prescribed amount of time in the circumferential direction, an indicator that shows the current hour or minute, and an event occurrence time display section that corresponds to the time of occurrence of the event.
WO/2015/151152 MIRROR DEVICE||WO||08.10.2015|
||PCT/JP2014/059436||GIGAPHOTON INC.||SUZUKI Toru|
A mirror device for suppressing distortion of an optical element is provided with an optical element for reflecting one part of laser light and transmitting the other part, and a holder for holding the optical element by making surface contact with the optical element. The flatness of the surface of the holder contacting the optical element may be the same as the flatness of the optical element, or less than the flatness of the optical element.
WO/2015/151163 VEHICLE SEAT SLIDE DEVICE||WO||08.10.2015|
||PCT/JP2014/059472||JOHNSON CONTROLS TECHNOLOGY COMPANY||KANAI, Yuya|
A vehicle seat slide device (1) comprises: a movable rail (3) slidable along a stationary rail (2); primary rollers (5) provided at the longitudinal opposite ends of the movable rail (3) and rollable on the bottom wall (6) of the stationary rail (2); brackets (7) rotatably supported on the movable rail (3) by means of a pin (10) so as to be independent of each other in the transverse direction; pressing sections (11) mounted to the movable rail (3) and always applying rotational pressing force, which acts about the pin (10), to the brackets (7) by pressing one end (7d) of each of the brackets (7); and secondary rollers (8) arranged on the other ends (7e) of the brackets (7) and rollable while always being in pressure contact with the top wall (4) of the stationary rail (2) by being subjected to the rotational pressing force.
WO/2015/151170 LITHIUM-ION SECONDARY CELL MODULE AND DEVICE AND METHOD FOR CONTROLLING LITHIUM-ION SECONDARY CELL||WO||08.10.2015|
||PCT/JP2014/059488||HITACHI, LTD.||SEKI Eiji|
This device for controlling a lithium-ion secondary cell controls the operation of detecting the state of charge of a lithium-ion secondary cell in which a layered solid solution compound is used as a positive electrode active material, wherein the device is characterized in having: a function of emitting a signal to discharge the lithium-ion secondary cell when the circuit is open after the lithium-ion secondary cell is charged, and emitting a signal to charge the lithium-ion secondary cell from a power supply feed unit other than the lithium-ion secondary cell when the circuit is open after the lithium-ion secondary cell is discharged; and a function of detecting the state of charge of the lithium-ion secondary cell from the open circuit voltage of the lithium-ion secondary cell measured after the post-discharge charging and the post-charge discharging. It is thereby possible to quickly and accurately establish the state of charge of the lithium-ion secondary cell in which a solid solution is used in the positive electrode active material.
WO/2015/151186 CLIENT DEVICE, DATA COMMUNICATION SYSTEM, DATA COMMUNICATION METHOD, AND PROGRAM||WO||08.10.2015|
||PCT/JP2014/059517||MITSUBISHI ELECTRIC CORPORATION||SUZUKI Shigeki|
A compression necessity determination unit (131) determines whether or not upload data for uploading to a server needs to be compressed. A data compression unit (132) compresses the upload data using a predetermined method when it is determined by the compression necessity determination unit (131) that compression of the upload data is necessary. A data sending-out unit (133) sends out the upload data, with a header attached, to a communication interface when it is determined by the compression necessity determination unit (131) that compression of the upload data is unnecessary; the data sending-out unit (133) sends out, to the communication interface, the upload data which was compressed by the data compression unit (132) and to which is attached a header in which information indicating that the data is compressed data is stored, when it is determined by the compression necessity determination unit (131) that compression of the upload data is necessary.
WO/2015/151199 DEMAND PREDICTION SYSTEM, DEMAND PREDICTION METHOD, AND PROGRAM||WO||08.10.2015|
||PCT/JP2014/059555||RAKUTEN, INC.||SUGIURA, Kenji|
In the present invention, higher-precision demand prediction is performed on the basis of past activity by consumers to obtain products or services. A demand prediction system: receives a plurality of user requests that indiviudally include conditions pertaining to a product or service; responds, in response to the user requests, with information pertaining to at least one product or service satisfying the conditions; and, on the basis of received user requests that include conditions satisfied by the product or service, calculates a demand prediction value for the product or service to be subjected to a prediction of demand.
WO/2015/151252 FILLING MATERIAL-CONTAINING CONTAINER, CONTAINER MAIN BODY, AND MIXTURE PREPARATION KIT||WO||08.10.2015|
||PCT/JP2014/059784||ASAHI CO., LTD.||KITAZAWA, Toshiaki|
A filling material-containing container (1), i.e., a container containing filling materials, according to the present invention is so configured as to be connected to a liquid-containing container, i.e., a container containing a liquid content, upon use. The filling material-containing container (1) is characterized by being equipped with at least two accommodation chambers (20, 22) in which filling materials (10, 12) are accommodated respectively, an opening mechanism (30) for opening the accommodation chambers (20, 22), and a connection member (50) which can be connected to an opening of the liquid-containing container, wherein the filling material-containing container (1) is connected to the liquid-containing container by means of the connection member (50) and subsequently the accommodation chambers (20, 22) are opened to the inside of the liquid-containing container by means of the opening mechanism (30), so that the filling materials (10, 12) can be mixed with the content contained in the liquid-containing container.
The filling material-containing container according to the present invention is equipped with the at least two accommodation chambers in which the filling materials are accommodated respectively. Therefore, in the filling material-containing container, the at least two filling materials can be stored separately and the at least two filling materials can be mixed with the content upon use.
WO/2015/151264 INJECTION FLUID BAG AND INJECTION PREPARATION||WO||08.10.2015|
||PCT/JP2014/059887||KEWPIE KABUSHIKI KAISHA (ALSO TRADING AS KEWPIE CORPORATION)||ISHINO, Yoshikazu|
An injection fluid bag obtained from a laminate film wherein the middle layer comprises a mixture of 60 mass% to 90 mass% of a crystalline polyamide resin and 10 mass% to 40 mass% of a non-crystalline polyamide resin. In the crystalline polyamide resin, the content of monomers and low molecular weight polymers is 0.8 mass% or less. The non-crystalline polyamide resin comprises a semi-aromatic polyamide.
WO/2015/151269 INSULATIVE SUPPORT FOR ELECTRIC DEVICE||WO||08.10.2015|
||PCT/JP2014/059929||MITSUBISHI ELECTRIC CORPORATION||OTANI, Hirokazu|
The insulative support (2) is provided with a pillar-shaped portion (2a) formed from a resin, a metal insert (4a) embedded at one end surface of the pillar-shaped portion (2a) in the axial direction, a metal insert (4b) embedded at the other end surface of the pillar-shaped portion (2a) in said axial direction, and, on the outer peripheral surface of the pillar-shaped portion (2a) flanking the metal insert (4a), one protrusion (3a) formed from the resin, which is provided as a ring shape that is integral with the pillar-shaped portion (2a). The metal insert (4a) has a cylindrical first base portion to be fixed on a mounting surface (10), and a first tip provided integrally with the front end of the first base portion and has an external surface having a convex smooth curved surface. The metal insert (4b) has a cylindrical second base portion to be fixed on the electric device main body (1), and a second tip that is provided integrally with the front end of the second base portion and has an external surface having a convex smooth curved surface. The entirety of the first tip is disposed within the limits in which the protrusion (3a) spreads in said axial direction.
WO/2015/151283 SOLID-STATE LIGHT-SOURCE DEVICE||WO||08.10.2015|
||PCT/JP2014/060006||HITACHI MAXELL, LTD.||HIRATA Koji|
This solid-state light-source device (1) comprises a plurality of light-source cells (10), a light-combining device (20) that combines and outputs light outputted by said plurality of light-source cells, and a light-reflecting/combining unit (30) that reflects the light outputted by the light-source cells and outputs said light towards the light-combining device. A surface of the light-combining device (20) is a reflective surface, the interior of the light-combining device (20) is divided into a plurality of columnar regions in the output direction, and the interfaces between said columnar regions are wavelength-selective reflective surfaces. The light-reflecting/combining unit (30) is substantially paraboloidal, and a surface thereof is a reflective surface. This improves light-use efficiency and makes it possible to selectively extract light of a desired color.